Now you are catching on to the issues we have been raising for some time. These are fairly basic and obvious issues when it comes to test protocol design. They bear thinking about BEFORE rushing forward to the test itself and subsequent publication...of questionable results.
I've always been aware of these flaws in the Sheldrake experiments. That's not to say that they can be corrected resulting in a tighter protocol using known callers, which is what we've been discussing.
Considering the original claims as provided, it is actually NOT unreasonable at all.
The "original claim" seems to be that the recipient knows, telepathically, when a caller known to the participant will call. Thus, an experiment using known callers is actually a good test of the "original claim". Why introduce all that noise from unknown callers?
And yes, it is certainly feasible to design a practical and representational protocol that uses a sample population of, say, 1000 random people from the phone book that are not reasonably known to the recipient. That allows quantification of the results as well.
Is the recipient going to be provided with a list of the names of all these callers?
If so, then you have an experiment basically identical with Sheldrakes except you are using far more unknown callers. That's fine, but it doesn't really make sense to have so many. You may as well just use 2 known and 2 unknown to make the stats simpler.
If not, then you are going to have a hell of time trying to estimate the likelyhood of the recipient getting the name of the caller correct by chance. Would you like to try?
The issue with the "limited set of known callers" protocol, while valid and interesting in itself,
Good. I'm glad you finally agree that its a valid protocol after all.
is that it is NOT testing the claim being made, even in a prototype mode. The original claim is a test of an actual "psi" capability - the ability to view/recognise another person at a distance without using normal means (in fact, the phone call is merely a synchronising mechanism, and not really vital in itself).
Instead, the limited protocol tests something else (primarily the ability to beat the odds).
An experiment using 4 known callers tests precisely the hypothesis you define above. Assuming a well controlled experiment, if 25% hit rate is expected by chance and we get 40% then we have positive result for "the ability to view/recognise another person at a distance without using normal means". And yes, this is also beating the odds! But beating the odds
means that we have "the ability to view/recognise another person at a distance without using normal means".
Therefore any effect measured probably cannot be related to or translated to the original claim. Being good at the latter does not imply strength at the former.
Yes it does!! If we have controlled for "normal means" then beating the odds must mean that we have "the ability to view/recognise another person at a distance without using normal means"